Viimane redaktsioon: 29. november 2019, kell 13:50

ITS8020 Systems Programming

Course Card
Lecturer: Jaagup Irve <jaagup.irve@ttu.ee>

Previous year: 2018. Historical materials can be found at Real-Time Operating Systems and Systems Programming.

Elevator pitch

The course is an advanced C course which delves into the intricacies of hardware, memory management and operating system design. It looks at basic operating system components (scheduling, mutexes) and also at GNU/Linux standard library. You will be expected to program difficult tasks and it will be englightening. The course has been enjoyed by numerous smart students over the years.

EXAM TIMES

During the lecture: 20. Dec 2019 room U04-103 10:00
Secondary exam: 10. Jan 2020 room U04-103 10:00

PRACTICE CLASS CHANGE

Now in ITC-401. Tell your friends.

Grading

Grading is based on points earned during the course.

90+ points earns a grade of 5, and 50+ lets you pass. Exam can earn you up to 60 points and is difficult. Programming independently (lab) is worth 40 points max. There are 10 bonus points for attending and working on the labs. It is possible to agree on a different course project during the course.

Lectures

Note: Anything up to the lecture may change

Introduction (course overview, grades, operator precedence, real time overview) PDF
Stack Exploration, Long Jump PDF
Heap PDF
Hardware, interrupts, basic IO: Please watch the videos PDF
Signals, System Calls PDF
Threads PDF
Scheduling, Processes PDF
File IO, file and directory management PDF
Programming an Operating System PDF
Optimization PDF
Networking PDF and Bit-Fields PDF
Compilation and Utilities PDF
Security PDF
Localization PDF
Real Time Operating Systems PDF
Summary PDF

Practice

Homework

The homework for the course is a file encoder/decoder using a Huffman algorithm. The deadline for the task is set, but if you show your progress weekly, it can be extended without penalty depending on the amount of progress shown. The encoder needs to be shown and defended before the lectures conclude (that is: within 2019).

Huffman Encoder

Links

Toyota killer firmware
Use of Assertions
How to C in 2016 - or why the lecturer should be deprecated
Smashing the Stack for Fun and Profit Redone - a take on a classic
Raspberry Pi Os - an opsystem from scratch

@@ 4. rida: / 4. rida: @@
 Lecturer: Jaagup Irve <jaagup.irve@ttu.ee><br/>
-For reference: last year materials can be found at [http://lambda.ee/wiki/Real-Time_Operating_Systems_and_Systems_Programming Real-Time Operating Systems and Systems Programming]. Most of it is still relevant.
+Previous year: [https://courses.cs.ttu.ee/w/index.php?title=ITS8020&oldid=7925 2018]. Historical materials can be found at [http://lambda.ee/wiki/Real-Time_Operating_Systems_and_Systems_Programming Real-Time Operating Systems and Systems Programming].
 == Elevator pitch ==
-The course is basically an advanced C course which delves into the intricacies of hardware, memory management and operating system design. It looks at basic operating system components (scheduling, mutexes) and also at Linux standard library. You will be expected to program difficult tasks and it will be englightening. The course has been enjoyed by numerous smart students over the years.
+The course is an advanced C course which delves into the intricacies of hardware, memory management and operating system design. It looks at basic operating system components (scheduling, mutexes) and also at GNU/Linux standard library. You will be expected to program difficult tasks and it will be englightening. The course has been enjoyed by numerous smart students over the years.
+== EXAM TIMES ==
+* During the lecture: 20. Dec 2019 room U04-103 10:00
+* Secondary exam: 10. Jan 2020 room U04-103 10:00
+== PRACTICE CLASS CHANGE ==
+* Now in ITC-401. Tell your friends.
 == Grading ==
@@ 17. rida: / 26. rida: @@
 == Lectures ==
+'''Note: Anything up to the lecture may change'''
 # Introduction (course overview, grades, operator precedence, real time overview) [[Media:Rtos_01.pdf|PDF]]
 # Stack Exploration, Long Jump [[Media:Rtos_02.pdf|PDF]]
@@ 22. rida: / 32. rida: @@
 # Hardware, interrupts, basic IO: [https://www.youtube.com/playlist?list=PLMQzXA1f24AdzOb5kRBfN2SkXNrSbdb5L Please watch the videos] [[Media:Rtos_04.pdf|PDF]]
 # Signals, System Calls [[Media: Rtos_05.pdf|PDF]]
+# Threads [[Media:Rtos_06.pdf|PDF]]
+# Scheduling, Processes [[Media:Rtos_07.pdf|PDF]]
+# File IO, file and directory management [[Media:Rtos_08.pdf|PDF]]
+# Programming an Operating System [[Media:Rtos_09.pdf|PDF]]
+# Optimization [[Media:Rtos_10.pdf|PDF]]
+# Networking [[Media:Rtos_11.pdf|PDF]] and Bit-Fields [[Media:Rtos_11a.pdf|PDF]]
+# Compilation and Utilities [[Media:Rtos_12.pdf|PDF]]
+# Security [[Media:Rtos_13.pdf|PDF]]
+# Localization [[Media:Rtos_14.pdf|PDF]]
+# Real Time Operating Systems [[Media:Rtos_15.pdf|PDF]]
+# Summary [[Media:Rtos_16.pdf|PDF]]
 == Practice ==
@@ 27. rida: / 48. rida: @@
 * [[Stack Exploration (ITS8020)|Stack Exploration]]
 * [[Exploring Debugger (ITS8020)|Exploring Debugger]]
+* [[Nonblocking IO (ITS8020)|Nonblocking IO]]
 * [[Signals (ITS8020)|Signals]]
 * [[Threads (ITS8020)|Threads]]
 * [[Processes (ITS8020)|Processes]]
+* [[File Attributes (ITS8020)|File Attributes]]
+* [[Writing and Reading Binary Data (ITS8020)|Writing and Reading Binary Data]]
+* [[Network Sockets (ITS8020)|Network Sockets]]
+* [[Optimization (ITS8020)|Optimization]]
+== Homework ==
+The homework for the course is a file encoder/decoder using a Huffman algorithm. The deadline for the task is set, but if you show your progress weekly, it can be extended without penalty depending on the amount of progress shown. The encoder needs to be shown and defended before the lectures conclude (that is: within 2019).
+* [[Huffman Encoder (ITS8020)|Huffman Encoder]]
 == Links==

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